Adding-machine



G. C. CHASE.

ADDING MACHINE.

APPLICATION FILED DEC.30. |918.

Patented Oct. 5, 1920.

,f im W J A wnH G. C. CHASE. ADDING MACHINE.

APPLICATION FILED DEC. 30, I9I8.

Patented Oct. 5, 1920.

4 SHEETS-SHEET 2.

IY /l/JI G. C. CHASE.

ADDING MACHINE.

APPLICATION r||.D'DEc.30. Isls.

Patented Oat. 5, 1920.

G. C. CHASE.

ADDING MACHINE.

APPLICATION FILED DEc.3o. 191e. l

Patented om 5, 1920.

4 SHEETS-SHEET 4 Jh i M9@ o GEORGE C. CHASE, OF SOUTH ORANGE, NEW JERSEY, ASSIGNOR TO CHASE ADDING JERSEY.

NEW JERSEY, A CORPORATION OF NEW ADDING-MACHINE.

Specification of Letters Patent.

Patented Oct. 5, 1920.

Application led December 30, 1918. Serial No. 268,920.

To all whom t may concern.:

Be it known that I, GEORGE C. CHASE, a citizen of` the United States, resident of South Orange, in the county of Essex and State of New Jersey, have made a certain new and useful Invention in Adding-Machines; and I declare the following to be a full, clear, and exact description ofthe same, such as will enable others skilled in the art to which it appertains to make and use the invention, reference being had to the accompanying drawings, and to letters or figures of reference marked thereon, which form a part of this specification.

Figure 1 is a sectional vlew of the machine, on the line.1 1, Fig. 3.

Fig. 2 is f front view, with parts removed and partly in section on the line 2 2, Fig. 1.

Fig. 3 is a detail section through the keyboard, on the line 3 3, Fig. l.

Fig.4 is a detail section through the numeral wheel shaft on the line fl, Fig. 2.

Fig. 5 is a diagrammatic vlew of the carrying devices, in position assumed when the lower order numeral wheel registers 9.

Fig. 6 is a similar view, the numeral wheel reading 2 and the latch engaging the frame.

Fig. 7 is a similar view, the numeral wheel reading 7 and the cam about to contact with the carrying roller.

F ig. 8 is a similar view, the numeral wheel reading 7 and the higher order segment lever depressed.

F ig. 9 is a similar view, the numeral wheel reading 9 and the higher order segment lever depressed.

Fig. lO is a similar view, the numeral' wheel reading 0 and the higher order segment lever in, after-carry position.'

Fig. 11 is a diagrammatic view of a segment lever and its'denominational stop devices. in position assumed upon depression of a ive key.

Fig. 12 is a similar view, with. a four key depressed.

Fig. 13 is a similar view, with a three key depressed.'

Fig. 14 is a similar view, with a two key depressed.

Fig. 15 is a similar view, with a one key depressed. i

Fig. 16 is a detail plan view of an intermediate lever, with .its attached latch lever, the frame member and stop lever appearing 1n section.

The invention relates to machines known as double touch adding machines or registers, provided with keys reading from l to 5, and wherein the larger digits are added by. making two key strokes; 9, for instance, being reglstered by successive depressions of a four key and a vekey.

One object of the invention is to produce a machine having a light and short key stroke and a smooth working key tension. Another object is to provide a simple and dependable construction for the purpose intended. Another object is to avoid the use of two mechanisms for rotating a numeral wheel; one mechanism toI register digital values and the other to register carry values, thussimplifying the structure and operation and also avoiding the necessity for any and all controlling, delaying or guiding means for preventing a loss of carry or other inaccuracy through interference of one mechanism with the other. Other objects and advantages will hereinafter appear.

It has been common in the key-operated multiple-order adding and calculating machine art to utilize a camrotated by a numeral wheel for the purpose of transferring a carry from a lower order to a higher order wheel. Usually a roll, mounted upon a spring-impelled transmitting member, bears against said cam and serves to transmit the motion to the next higher wheel. In order to always insure the said roll of dropping to the lowest point of the cam under highspeed operation, and also to accomplish an accurate transfer of the carry to a higher order wheel, in case it is at the time being .operated by its own actuator, it has been necessary to delay the rotation of the carrying cam, by interposing a spring between the numeral wheel'and the cam and by providing controlling or delaying means.

In the present'invention, the carrying cam is peculiarly adapted to the requirements of the double touch key arrangement, as shown, having keys in value from l to 5. If the largest amount that may be added by any single key stroke is 5, whenever a carrying operation is initiated by a numeral wheel that wheel cannot pass beyond its four posiltion on that single stroke. 1 therefore rovide the cam with no lift from the 0 to t e 4 position, thereby admitting of the carrying roll falling to its lowest position with relation to the cam immediately, or at any time after the keyV stroke has been made. Upon subsequent rotation of the said numeral wheel from'the 4 position toward 9, the lift of the cam will advance the carrying roll, and may store energy for another carrying operation. Y

Such a construction would not be practical in a machine provided with numeral keys to register the higher carrying cam would require, in adding the largest amount, or 9, an idle face fromthe 0 to the position, leaving practically less than two points of lift on the cam, which would involve such a sudden and heavy load on the numeral wheel as to render it difficult to operate, owing to a consequent building up of operating tension in the several columns from left to right across the machine, thereby rendering the machine impractical.

Therefore, it will be seen that the Ldouble touch key arrangement, eliminating the higher' digital keys, is in essential combination with the carrying cam arranged as in my machine.

n the accompanying drawings, iliustrating the invention, the numeral 2 designates depressible numeral keys in .denominational series and. having stems 3 and retracting springs 4.

Related to each denominational series of keys is a depressible lever 5, pivoted in real" at 6 and at its forward end provided with a segment rack 7, engaging 'a pinion 3l carried indirectly by a shaft 9, each lever having a retracting spring 10. Each key stem is provided with a shoulder 11, engaging the frame at 12 to limit its upward movement, and with a shoulder 13 engaging the related segment lever in the depression of the key and actuating said lever to rotate the pinion 8.

For each denominational series of keys, selective stop means are provided, to check the downward movement of each key of the series lat a point below normal position just suicient to provide for actuation of the segment lever and number wheel in accordance with the value of the key struck, this means consisting preferably as follows:

Two rock levers, 14 and 15, are pivoted intermediately of their lengths at 16 to the framing below each `segment lever, the latter being driven downwardly by the shoulders 13 of the key stems, and the rock levers having their forward and rear arms provided respectively with forward and rear upper stop faces a, b, c and d. i.

It is obvious that if either of the rock levers has its forward and rear stop faces digits, as 9, because the contacting simultaneously with a segment lever movingdownwardly, that the downward movement will be thereby stopped, and this is true of the 5 key and the related segment lever with respect to both of the rock levers, as shown in Fig. 11, neither of the rock levers in this case being engaged by the key stem. It is 'also obvious that if either rock lever has its forward or rear arm engaged by a key stem moving downwardly, and is thereby rocked, that contact of the face of the opposite arm of the same rock lever with the lower edge of the segment lever will stop the downward movement of the latter. Inthis way, the 4 key stem engages tne rear arm of the rear rock lever, and the stop a of the forward arm of the latter contacts with the lower edge of the segment lever, as shown in Fig. 12, to limit the downward movement. Similarly, the 3 key stem engages the forward arm of the rear rock lever, and the stop b of the rear arm of the latter contacts with the segment lever to stop it, as in Fig. 13; the 2 key stem engages the rear arm of the forward rock lever, and the stop c of the Jforward arm of the latter engages the segment lever to stop it, as Fig. 14, and the 1 key stemA engages the forward arm of the forward rock lever, and the stop d of the rear arm of the iatter engages the segment lever to stop it, as Fig. l5.

xnumeral wheels i? are loosely mounted upon the shaft 9, and means are provided to rotate any one of said wheels to the proper extent, upon depression of a key of the denominational series related thereto, said means consisting, as shown, of a sleeve or hub 18, fast to each numeral wheel and loosely mounted upon the shaft 9, and upon which in turn the pinion 8 is loosely mounted, a spring-pressed pawl 19 being pivoted to an extension 20 of the 'pinion and engaging the teeth of a ratchet wheel 21 carried by the sleeve 18, said sleeve at one end having fast thereto a wheel 22, having usually 20 teeth and termed an escape wheel.

Rotation of the pinion 8 will, through the pawl 19 and ratchet 21, rotate the sleeve 18 and the numeral wheel fast thereto, backward movement of the wheels being prevented by a spring-pressed pawl 23, engag` 4ing the ratchet 21 and pivoted at 24 to the depressed and released, 4 will appear as the numeral wheel reading. A 5 key in the same column being then depressed and released, the numeral wheel will be advanced farther to 9. Alfy additions to the same numeral wheel will involve the transfer of 1 to the next higher numeral wheel, the mechanism for which will now be described.

vEach numeral wheel, except the one of highest order is provided with a carrying cam 25, rigidly driven thereby through a pin 26 of the wheel engaging a slot 27 of the cam, admitting of some slight lay of the cam with respect to the wheel, or reasons hereinafter stated. There is normally sufficient space between the shoulder 13 of a key stem andthe upper edge of the related segment lever to admit of one extra -step or degree of upward movement of the segment lever, which extra movement vmay be termed the actuators carryin step. This extra upward movement o the segment lever takes place at the end of the ordinary upward movement of said lever whenever there is carrying to be performed, and both the ordinary upward movement of the lever for rotating the numeral wheel to register digital values, and the extraordinary upward movement to rotate the wheel to register a carry, are brought about'through the influence of the same retracting spring 10 of said lever.

In the carrying operation each cam relates to a numeral wheel of lower order, and the driving segment lever and the escape wheel relate to the numeral wheel of higher order.

Bridging or connecting each cam with each escape wheel is an escape lever 28, pivoted intermediately of its length at 29 to the related segment lever and engaging at its forward end 30 with the aforesaid escape wheel; a set lever 31, pivoted intermediately of its length, -at 32, to the framing and having a downturned rear end 33 engaging the rear end 34 of the escape lever, and a latch lever 35, pivoted intermediately of its length,at 36, to the forward upturned arm 37 of the set lever, said latch lever bearing at its upperend a roller 38, hereinafter referred to as the latch roller or carrying roller, and with which the related cam aforesaid has engagement to accomplish the release of the escape lever from the escape wheel at the proper time to eect a carry.

The latch lever has a rear extension 39 of its lower arm, said extension at its free end being provided with a lateral lug 40, engaging in latched position with a llateral edge or corner 41 of a downturned portion 42 of the framing. The lower arm of the latch lever is provided with a lateral lug 43, and the rear extension of said lever is provided with a lateral lug or stud 44 (shown as rounded), these two last-named lugs being spaced apart to admit of some movement of the latch lever upon its pivot, and through contact respectively with opposite sides of the set lever, limiting this movement in both directions.

The latch lever is held in latched engagement with the frame by a spring 45, at.- tached at one end to the lower lug 43 and at the opposite end to -the framing, this spring acting to move the latch lever individuall upon its pivot until said lug contacts wlth the forward arm of the set lever, and tending then to move the set lever to position with its rear end engaging with the escape lever, as in latched position. This latch spring also in certain cases tends to actuate both the set lever iand the latch 1ever as one part, upon the set lever fulcrum as a center, to move the carrying roller away from the carrying cam. The latch spring is, however, inferior in strength to that of the escape lever sprin (hereinafter referred to) and the segment Fever retracting spring 10. The latch leveror latch is, in one normal position thereof (Fig. 6), latched or engaged with the frame as stated; and in another normal osition (Fig. 5) disengaged from the rame. Fig. 7 shows the parts in normal position, as in Fig. 6, the cam being, however, moved to position about to Contact with the carrying roller.

' The parts being in the positionv shown in Fig. 5, in order to prevent an error by the accidental engagement of the latch lug 4() withthe frame part 41, a stop arm 46 is provided, being pivoted at its upper end to the framing at 47, and having a spring connection 48 which tends to draw it toward and in contact with the lateral edge 41 of the framing aforesaid. The lower end of this stop arm, when so engaged with the framing, projects slightly below the same or below the frame projection 42, for reasons hereinafter stated, and its spring 48 is inferior in strength to that of the latch spring, admitting of the latter'properly engaging the latch lug with the frame, against vthe resistance of the former spring. The stop arm is, however, not long enough to contact with said latch lu when the latch is operated by the carrying roller riding the cam, at times when the driving segment lever of the next higher column is not depressed by its keys, as in Fig. 5. Therefore, whenever the carrying roller passes over the high point of the cam, and the tail extension of the latch is depressed so that its stop lu or stud 44 engages the upper edge .of the orward arm' of the set lever, the stop arm, through its spring, will move or drop over the latch lug 40, .assuming the position shown-in Fig. 5, thereby making it impossible for the latch to again engage the frame projection until after the carrying operation has been properly completed, as in Fig. 10. y

It is notpractical to manufacture the escape wheel with sufficient accuracy to admit of each tooth thereof arresting the escape lever precisely in the same position, and for this reason the framing is provided with a stop pin 4:9 for each escape lever,

and er faging and arresting the latter when it is pr perly engaged with the teeth of the escape wheel.

It will be noted that the retracting spring of the segment lever, acting through the segment lever, escape lever, set lever, latch and carrying roller, `will normally tend to move the carrying roller toward the carrying cam of the next lower wheel, the latch and set lever moving as one part, upon the set lever fulcrum as a center, and the stop stud 44 of the tail extension of the latch engaging the forward arm of the set lever.

The latch lever may be either engaged with or disen aged from the frame when the segment ever is in normal position (shown as horizontal), the segment lever being held against rising above normal to carry, as in Fig. 6, by the bind of the latch upon the frame, thereby holding ythe forward arm of the set lever from moving downward to release the escape lever andv the esca e wheel, the tail arm of the set lever ho ding down the tail arm of the escape lever, against the tension of springs` l() and 50, owing to the set lever being fulcrumed to the framing.

1n order to carry, a segment lever must move upwardly beyond its normal position, and this upward movement is normally prevented by engagement of the escape lever with the escape wheel and with the frame stop pin 49, and by engagement of tail arm of the locked set lever with the tail arm of the escape lever.

Thelatch lever, engaged with the frame as stated, has as its function to maintain the set lever in normal or locked position, holding down the tail arm of the escape lever to normally prevent a carry, unless, of course, the escape lever should be moved bodily downward with the segment lever, and should no carry follow such downward movement, the latch and frame engagement will still be eective to prevent any upward movement above normal of the tail arm of 'theV set lever, that must take place in car- The escape lever 1s provided, near the free end of its rear arm, with a spring 50, attached at one end to an upper extension 51- of the segment lever, this'spring tending to withdraw the forward arm of the escape lever from engagement with the escape wheel, and being inferior in strength to that of the retracting spring 10 of the segment lever, and having no power to interfere with the proper operation of the parts under the action of the said retracting spring 10.

The escape lever is also provided, near the free end of its rear arm, with an upper lever, as in Fig. 8,.and also taking place 1n the upward movement of the segment lever beyondnormal in carrying, as in Fig. 10.

When a segment lever is moved downward for digital value registration, as in Fig. 8, the escape lever will move downward bodily therewith, and the set lever will be moved pivotally by the latch spring until its rear arm contacts with a frame stop 53 to limit its downward movement, which is merely sufficient to admit of the carrying roller passing over the high point of the cam. sition last stated, and the digital value registration of a lower order wheel is made suficient to (through the latch roller engagement with a high part of the cam) raise the forward or upper arm and depress the rear or tail extension of the latch lever of the wheel of higher order, said latch lever will at the same time be released from the frame, as in Fig. 9.

When a segment lever' is depressed for digital value registration, as in Fig. 8, the forward arm of the set lever being, throu h .the latch spring 45, moved upwardly, t e

latch lever is moved bodily therewith to a slight extent, thelug 40 of its tail extension being moved slightly away from the frame part 41, and the latch lever being moved bodily with the set lever, back to restore the latch and frame engagement and prevent a carry in the rise of the segment lever to normal position.

The escape lever being moved bodily downward with the segment lever, and no carry following, as the segment lever approachesnormal position in its upward or return movement, the rear end of the escape lever will encounter the rear end of the locked set lever, the retracting spring 10 of the segment lever continuing to act and overcoming the escape lever spring, so that, as the segment lever continues to travel upward to normal position, the escape lever will be moved upon its own pivot to restablish the interval 4of separation of the carrying position stop 52 thereof from the lower edge of the related segment lever, and to elongate or tension the escape lever spring and also to restore the engagement of the forward end of the escape lever with the escape wheel and frame stop pin, thereby the highest point of the cam then passing from engagement with the carrying roller, the escape lever spring will act to overcome the latch spring, and move' the escape lever and the set lever, each upon its own pivot,

vthe forward end of the escape lever dropping out of engagement with the escape wheel, thereby releasing the segment lever,

and the carrying roller moving toward thev center of the carrying cam, and the latch spring being tensione Normally, 'the carrying position stop of the escape lever is spaced apart from the lower edge of the segment lever, as stated, said stop in the pivotal movement of the escape lever moving into contact with the segment lever, as in Fig. 10, and thereby limitin -the pivotal movement of the escape lever.. his movement of the escape lever is immediately followed by an upward moveyment of the segment lever so released (and of the escape lever bodily therewith), under the influence of the segment lever retracting spring 10, to restore the engagement of the escape lever with the escape wheel, the interval of release of the escape wheel being just suiiicint to admit of ,its being rotated one tooth through the said rise of the segment lever before the wheel is stopped by the rengagement of the escape lever therewith. And the escape` lever so rengaged with the escape wheel will prevent further rise of the segment lever.

In simplex or duplex operation, the segment lever of the higher order wheel in carrying moves upwardly from normal position, as in F ig.J 10, and a key in the same denominational series, or relating to the same segment lever, being depressed for digital value registration (no carry being released from the next lower .wheel duringl said depression), the segment lever is moved downwardly to and below normal position, and it is required that the latch shall be reengaged with the frame and that the segment lever in its return shall be stopped at normal position. To this end, as the segment lever moves downward, theescape lever ,moves downward therewith, and the spring of the latch lever will act to move the set lever and the latch lever as one part, upon the set lever fulcrum as a center, the tail extension of the latch lever traveling upon the lower arcuate surface 54 of the frame extension 42 (said surface struck from the set lever fulcrum as a center) and retaining the separation of its lower lug 43 from the lower edge of the forward arm @f the set lever until the rear or tail lug 40 of the latch is in position to be rengaged with the frame, when the latch spring will act to effect this rengagement, at the same time closing up the said separation or interval. In this operation the stop arm 46 will be moved backwardly from its position in Fig. 5, and its spring tensioned by the tail extension of the latch, just prior to the reengagement -of the latch with the frame.

tion, ready to engage with the tail end of the escape lever as the latter rises again with the segment lever, and will stop the segment lever at normal position. f

In a case wherein a key in the same denominational series, relating top a segment lever in position after a carry, is not depressed, the cam uponthe next lower order wheel will effect this restoration of the segment lever to normal position before a new carry takes place, by lifting the latch lever, through engagement with the latch roller, the rear stud 44 of the latch lever takinga bearing upon the upper edge of the forward arm of the set lever, and the latch lever and the set lever rotating as one part, upon the set lever fulcrum as a center, and when the high part of the cam is reached the restoration will be complete, ready for a new carry, the tail arm of the escape lever being held down by the co-action of the latch roller upon the high part of the cam, ahd the rear stud 44 of the latch lever extension engagingv the upper edge of the forward arin of the set lever. In this operation the escape lever will pivot upon the frame stop pin 49.y

cam is therefore provided with a slight additional rise 5 5, beyond its 9 part, thereby continuing to lift the latch roller and the latch lever as the numeral wheel passes from 9 to O, and when said wheel shall have arrived at the O position the point of the cam will have passed just suiciently beneath the center of the latch roller to cause the curveof the roller, in itsdownward move ment over the high point of the cam, to move thel cam slightly forward of its proper position with relation to the numeral wheel, in order that said roller may be enabled to fall instantly to the low part ofA the can; when the highest part ofthe extension 55 has passed the radially alined center Qf the A The latch, being now rengaged with the frame, will hold the set lever in normal posi-- roll, to thereby admit of the carry, or .of the actuators carrying step aforesaid. The slot and pin connection of the cam and numeral wheel admit of this forward cam movement.

As the latch roller starts to climb the cam again, yit will push the cam slightly 'backs ward to its proper relative position, the pin of the numeral wheel moving to normal or driving position in the slot of the cam. It will be noted here that the relative movement between the numeral wheel and the carrying, cam must be insuiicient to allow the high part of the cam to pass beneath the center of the carrying roller incase the numeral wheel is arrested in the 9 position and the carrying cam advances with relation to the numeral wheel because of its own momentum.

In duplex operation, or in cases where denominational keys ofdilerent columns are operated with overlapping strokes, it is necessary that the carry shall still be properly effected. Take the positions of the parts in Fig. 8, for instance, Where a higher order key or segment lever is shown as depressed for digital value registration, a depression of a lower order key being simultaneous, or following immediately, and the carry being required to be effected, the cam in its rotation will trip the latch lever from its frame engagement, as inl Fig. 9, and admit of the subsequent upward movement beyond normal of the rear arm of the set lever, and will admit ofthe escape lever remaining released from the .escape wheel until the carry is completed. The latch being then tripped, as stated in reference to Fig. 9, the stop arm 46 will at once be moved by its spring to position over the tail extension of the latch lever, and will prevent the latter from being rengaged with the frame while the two segment levers are being depressed and the digital value rotation of the related numeral wheel is taking place, and also while the high point of the cam is passing from engagement with the latch roller and after it has passed from such engagement, until the digital value rotation of the numeral wheel is completed; the rotation of the numeral wheel for the carry following immediately, not upon account of any delay of the carry mechanism, but merely because the segment lever is rotating the numeral Wheel for a digital value registration, and cannot therefore simultaneously rotate the numeral wheel to register' a carry.

And if, in the case stated, the latch relating to a higher order wheel shall be already in tripped position, the stop arm 46 will be already located over the tail extension of the latch lever, as in Fig. 9, and will in the same way and for the same reasons hold the latch lever from being rengaged with the frame While the two segment levere are depressed' ,sse

It will be noted that the escape lever will engage with the escape wheel at the end of a digital value rotation of a numeral wheel, to prevent the latter from running ahead by momentum, and thereby causing an error.

'Ihe after-carry position of the segment lever is a position of rest, and is, with any other position of rest, equally to be regarded as a normal position, although the substantially horizontal position of the segment lever is referred to for convenience as normal position.

I claim:

l. In a register, numeral wheels, and anactuating means operable to impart to its respective wheel movement to register digital values and movement to register a carry, including a prime mover and means including a cam rigidly driven from each wheel for restoring the prime mover from position after a carry to normal position.

2. In a register, numeral wheels, and an actuating means operable to impart to its respective wheel movement to register digital values and movement to register a carry, including a prime mover and carry-tripping means operable also to restore a prime mover from position after a carry to normalposition.

3. In a register, numeral wheels, and an actuating means operable to impart to its respective wheel movement to register digital values and movementto register a carry, including a prime mover and carry tripping means including a cam driven from eac wheel and operable also to restore a prime mover from position after a carry to normal position.-

4. In a register, numeral wheels, and a spring actuator operable to impart to its respective wheel movement to register digital values and movement to register a carry, and including carry tripping means operable also to retension the actuator.

5. In a register, numeral wheels, and an actuating means operable to impart to its respective wheel movement to register digital values and movement to register a carry, including a spring lever and carry tripping means operable also to restore the spring lever from position after a carry to normal position and to retension the lever.

6. Ina register, numeral wheels, and an actuating means operable to impart to its respective wheel movement to register digital values and movement to register a carry, including a prime mover and carry tripping means embodying a cam driven from each wheel operable also to restore a prime mover from position after a carry to normal position.

7. In a register, numeral wheels, and a carry mechanism including an actuator operable to impart to its respective wheel movement to register digital values and digital values and movement to register a carry, and carry tripping means operable to restore the actuator from os1t1on after a carry to normal position an to retension the actuator.

9. In a register, numeral wheels, and a carry mechanism for each wheel and including a spring actuator operable to impart to its respective wheel movement to register digitalyalues and movement to register a carry, and carry tripping means including a cam driven from each wheel and operable to restore the actuator from osition after a carry to normal position an the actuator.

10. In a register, numeral wheels, a spring actuator for operating a numeral wheel to register digital values, and connecting means between the next lower numeral wheel and the actuator, operable by the former to tension and to release, said actuator to register carry values.

11. In a register, numeral wheels, a spring actuator for operating a numeral wheel to register I digital values, and connecting means between the next lower numeral wheel and the actuator, operable by the former and including a cam driven from' said lower wheel to tension and to release said actuator to register carry values.

12. In a register, numeral wheels, an actuator for operating a numeral wheel to register digital values, and connecting means between the next lower numeral wheel and the actuator, operable by the former and including an escape wheel and an escape device carried by the actuator and engaging the escape wheel, said actuator being adapted and operated by theconnecting means to register carry values.

13. In a register, numeral wheels, an actuator for operating a numeral wheel to register digital values, andl connecting means between the next lower numeral wheel and the actuator, operable by the former and holding the actuator at normal position, including an escape' wheel and an escape device carried by the actuator and engaging the escape wheel, said actuator being adapted and released by the connecting means to register carry values.

14. In a register, numeral wheels, an actuator for operating a numeral wheel to register digital values, and connecting means between the next lower numeral wheel and the actuator, operable by the former and including an escape wheel, an escape lever to retensionv carried by the actuator and engaging the escape wheel, a cam driven from said ower wheel, and an intermediate lever operated by the cam and engaging vthe escape lever,

said actuatorbeing adapted and operated by said connecting means to register carry values.

15. In a register, numeral wheels, an actuator for operating a numeral wheel to register digital values, and connectin means between the next lower numeral w eel and the actuator, operable,l by the former and holding the actuator at normal position, inf 4cluding an escape wheel, an escape lever carried by the actuator and engaging lthe escape wheel, a cam driven from said lower wheel, and an intermediate leveroperated by the cam and engaging the escape lever, said actuator being adapted and released by said connecting means to register carry values.

16. In a register, numeral wheels, a spring actuator for operating a numeral wheel to register digital values, and connecting means `between the next lower numeral wheel and the actuator, operable by the former and holding the actuator at normal position, including an escape wheel and an escape device engaging the escape wheel, said actuator being adapted and released by said connecting means to register carry values, and sa1`d connecting means being adapted .to restore and retension the actuator.

17. vIn a register, numeral wheels, a spring actuator for operating a numeral wheel to register digital values, and connecting means between the next lower numeral wheel and the actuator, operable by 'the former and holding the actuator at normal position, including an escape wheel, an escape device engaging the escape wheel, and a cam driven from said' lower wheel, said actuator being adapted and released by said connecting means to register carry values, and said connecting means being adapted to restore and retension the actuator.

18. In a register, numeral wheels, a spring actuator for operating a numeral wheel to register digital values, and connecting means between the next lower numeral wheel and the actuator, operable by the former and -said actuator being adapted and released by said-connecting means to register carry values, and said connecting means being adapted to restore and retension the actuator.

20. 1n a register, numeral wheels, denominational keys, a spring actuator for operating a numeral wheel to register digital values, and connecting means between the next lower numeral wheel and the actuator, operable by the former and holding the actuator at normal position, including .an escape wheel and an escape device engaging the escape wheel, said actuator being adapted and released by said connecting means to register carry values and said connecting means being adapted and operable by a de- 'nominational key to restore and retension the actuator.

21. ln a register, numeral wheels, and a carry mechanism for each wheel and including an actuator lever operable to Yimpart to its respective wheel movement to register digital values and movement to register a carry, an escape wheel, and an escape device carried by the actuator lever and engaging the escape wheel.

22. In a register, numeral wheels, and a carry mechanism for each wheel and including an actuator operable to impart to its respective wheel movement to register digital values and movement to register a carry, an escape Wheel, an escape device engaging the esca e wheel, an intermediate lever engaging 51e escape device, and a cam driven from the next lower numeral wheel and engaging the intermediate lever.

23. ln a register, numeral wheels, and a 'carry mechanism for each wheel and including an actuator lever operable to impart to its respective wheel movement to register digital values and movement to register a carry, an escape wheel, an escape lever carried by the actuator lever and engaging the escape Wheel, a cam driven from the next lower numeral wheel, and an intermediate lever operable by the cam and engaging the escape lever.

24. ln a registennumeral wheels, denominational keys, and an actuator operable to impart to its respective wheel movement to register digital values and movement to register a carry, said actuator being adapted to be restored to normal from after-carry position step by step during successive strokes of a denominational key or keys.

25. In a register. the combination of a Series? of denominational numeral Wheels ety series of actuators forv said Wheels,""series of keys, each actuator being adapted to be partially restored to normal from aftercarry position during the stroke of a lower order key, a key related to said actuator being capable of completing the restoration.

26. ln a register, numeral wheels, actuator levers therefor movable from normal position tol carry, and means including a lever fulcrumed to the machine yframe and a cam driven from a numeral wheel for restoring an actuator lever to normal position after a carry. n

27. In a register, numeral wheels, actuator levers therefor movable from normal position to carry, and means including an escape` Wheel for each numeral Wheel, an escape device engaging the escape wheel, and a lever fulcrumed to the machine frame and Vengaging the escape device for restoring an actuator lever to normal position after a carry.

28. In a register, numeral wheels, actuator levers therefor movable from normal position to carry, and means includingan escape wheel for each numeral wheel, an escape lever carried by each actuator lever and engaging the escape wheel, and a lever fulcrumed to the machine frame and engaging the escape lever for restoring an actuator lever to normal position after a carry.

29. In a register, numeral Wheels, actuator levers therefor movablel from normal position to carry, and means including an escape wheel, a cam driven from a numeral wheel, a lever fulcrumed to the machine frame, and an escape lever engaging the escape wheel for restoring an actuator lever to normal position after a carry.

30. In a register, numeral wheels, actuator levers therefor movable from normal position to carry, and means including an escape wheel, a cam driven from a numeral wheel, a lever fulcrumed to the .machine frame, and an escape lever carried by the actuator lever for restoring an actuator vlever to normal position after a carry.

31. In a register, numeral wheels, and carrying mechanism including a spring-impelled actuator lever for each wheel, an escape wheel, an escape lever engaging the escape wheel and carried by and having a releasing spring connected to the actuator lever, a lever fulcrumed to the machine frame and engaging the escape lever, and a cam driven from a numeral wheel and operating the intermediate lever to restore the escape and actuator levers to normal position and to tension the same after a carry.

32. In a register, numeral Wheels, actuator levers therefor movable from normal po sition to carry, and means including an escape wheel and an escape device engaging the escape wheel for restoring an actuator lever to normal position after a carry, said device operable also to release and to' check the numeral wheel.

33. In a register, numeral wheels, actuator levers therefor movable from normal position to carry, and means including'an escape wheel, an escape device engaging the escape wheel and a cam driven from a numeral wheel and governing said escape device for restoring an actuator lever to normal position after a carry, said device operable also to release and to check the numeral wheel. v

34. In a register, numeral wheels, actuator levers therefor movable `from normal position to carry, and means including an escape wheel and an escape device carried by each actuator-lever and engaging the escape wheel for restoring the actuator lever to normal position after a carry, said device operable also to release and to check the numeral wheel.

35. In a register, numeral wheels, actuator levers therefor movable from normal position to carry, and means including an escape wheel for each numeral wheel, an escape device carried by each actuator lever and engaging the escape wheel, and a cam driven from the numeral wheel of lowerorder and governing said escape device for restoring the actuator lever to normal position after a carry, said device operable also to release and to check the numeral wheel.

36. In a register, numeral wheels, denominational keys, an actuator operable to impart to its respective wheel movement to register digital values and movement to register a carry and including means for restoring the actuator to normal from aftercarry position during the .entire operativev stroke of a denominational key.

37. In a register, numeral wheels, denominational keys in series, an actuator operable to impart to its respective wheel movement to register digital values and lmovement to register a carry and including means for restoring the actuator to normal from aftercarry position during the entire operative v stroke of any denominational key of a series:

38. In a register, numeral wheels, denominational keys, a spring actuator operable upon its return 'stroke to impart to its respective wheel'movement to register digital values and movement to register a carry and including means for restoring the actuator to normal from after-carry position during the return stroke of a denominational ke 9. In a register, numeral wheels, denominational keys, a spring actuator operable upon its return stroke to impart to its respective wheel movement to register digital values and movement to register a carry carry position during the entire operative stroke of a denominational key.

4:1. In a register, numeral wheels, denominational keys, and a spring actuator operable upon its return stroke to impart to its .respective wheel movement to register digital values and movement to register a carry and including connecting means between the next lower numeral wheel and store the actuator to normal from aftercarry position during the entire return stroke of a denominational key.

42. In a register, numeral wheels, an actuator lever, and connecting .means between the actuator, operable by the former to rethe next lower wheel andthe actuator lever, Y. operable by the former and including an escape wheel and an escape lever carried by the actuator lever and engaging the escape wheel for restoring the. actuator lever to normal from after-carry position.

43. In a register, numeral wheels,- an actuator movable from normal position to carry, and' connecting means between the next lower wheel and the actuator, operable by the former and including an escape wheel andv an escapedevice engaging the escape wheel, for restoring the actuator normal from after-carry position, said device operable also to release and to check the numeral wheel.

4:4. In a register, numeral. wheels, an actuator lever, movable from normal position to carry, and connecting means between the next lower wheel and the actuator lever, including an escape wheel, an escape lever carried by the actuator lever and engaging the escape'wheel, an intermediate lever engaging the escape lever, and a cam. driven from the numeral wheel and enga g the intermediate lever, for restoring t e mtuator lever to normal from after-carry pesi- 'tion, said escape lever operable also to reres gaging the intermediate lever, for restoring the actuator to normal from after-carry position, said device operable also to release and to check the numeral wheel.

46. In a register, numeral wheels, an actuator lever movable from normal position to carry, a frame member, and connecting means between the next lower wheel and the actuator lever, operable b the former and including an escape whee and an escape lever carried bythe actuator lever, engaging the escape wheel and having a pivotal bearing upon said frame member for restoring the actuator lever to normal from after-carry position, said escape lever oper.-

able also to release and to check the numeral wheel.

47. In a register, numeral wheels, an actuator movable from normal position to carry, a frame member, and connecting means between the next lower wheel and the actuator, operable by the former and including an escape wheel and an escape device engaging the escape wheel and having a pivotal bearingupon said frame member for restoring the actuator to normal from afterecarry position, said device operable l. also to release and to check the numeral wheel.

48. In a register, numeral wheels, an ac tuator, movable from normal position to carry, a 'frame member, and connecting means betweenthe next lower wheel and the actuator, operable by the former and including a lever having a'pivotalbearing upon said frame member for restoring the'actuator to normal from after-'carrying position.

49. In a register, numeral w eels, and carry mechanism including spring actuators forl rotating said wheels, means for holding said actuators tensioned to carry, and a cam driven from each wheel for releasing the holding means, the cam and the holding means operable also to retension the actuator. y

` 50. In a register, numeral wheels, and carry mechanism including spring levers yfor rotating said wheels, means for holding said levers tensioned to carry includin an element releasably engaging the maclline frame and a cam driven from each wheel for releasing the element from the frame, the cam and the holding means operable also to retension the actuator.

51. In a register,numeral wheels, and carry-controlling means including a cam having driving connection with each wheel through the medium of a slot and pin, and a coperating member riding the cam, and serving upon release from the high part thereof to release a carry, said member adapted as it passes over the high part of the cam to push the cam forwardly with relation'to the wheel to permit of an earlier incassa release of said member with a lesser relative movement of the numeral wheel.

v 52. In a register, numeral wheels, and carry-controlling means including a cam having driving connection with each wheel through the medium of a slot and pin, and a coperating member riding the cam and serving upon release from the high part thereof to release a carry, said member adapted as it passes over the high part of the cam to push the cam forwardly with relation to the wheel, and thereafter to push the cam backwardly with relation to said wheel to normal position.

53. In a register, numeral wheels, a spring-retracted actuator lever for each wheel having a ratchet and pawl driving connection therewith, and means for restoring the actuator lever to normal position from position after a carry, including a cam having driving connection with each Wheel through themedium of a slot and pin, and a `cooperating member riding the cam and servlng upon release from the high part thereof to release a carry, said 'cam adapted to impart additional more ment to said member as the related numeral wheel passes from 9 to 0 position,y to insure proper engagement of the pawl with the ratchet of said drive connection, and said coperatin member adapted as it passes over the high part of the cam to push the cam forwardly with relation to the wheel.

54. In a key-operated adding machine, a series of denominational numeral wheels, a series of column actuators operating said wheels, a series of digital keys for each actuator and wherein the smaller digits only are represented, and a carry-controlling cam having a rigid driving connection with each wheel, said cam having no lift or being concentric with its shaft approximately from the 0 position to the 4 position thereof.

55. In a key-operated adding machine, a series of denominational numeral wheels, a series of column actuators operating said wheels yand including carrying springs, a series of digital keys for each actuator and wherein the smaller digits only are represented, and means for tensioning each spring actuator including a cam rigidly drivenfrom a numeral wheel, said cam havlng no lift or being concentric with its o its digital value registering movement, including a carrying cam related to the next lower numeral Wheel, a, lever ulcrumed to the machine :frame and engaging said cam,

yand a wheel-arresting member engaging said lever.

58. In a register, numeral wheels, and means for checking each wheel at the end of its digital value registering movement, including an actuator lever for the wheel, an escape wheel, an escape lever carried by the actuator lever and' adapted to engage the escape wheel, and a carrying cam related to the next lower numeral wheel and governing the action of' said escape lever. I

59. In a register, numeral wheels, and

means-for checking each wheel at the end from the frame in the carrymg operation.

61..In a register, numeral wheels, and means for checking each wheel at the end of its registering movement, including an intermediate lever. fulcrumed to thel machine frame and a latch lever carried by the intermediate lever and releasably enaging said frame, and means for releasing the latch lever from the frame in the carrying operation.

62. In a register, numeralwheels, and means for. checking each wheel at the end of its registeringy movement, including an escape Wheel, an element releasably engaging the machine frame, an escape lever adapted to engage the escape wheel, and means for releasin said element from the frame in the carrying operation.

63. vIn a register, numeral wheels, and means for checking each wheel at the end ot its registering movement, including an escape wheel, an actuator lever, an element releasably engaging the machine frame, an escape lever carried by the -actuator lever and adapted to engage the escape wheel, and means for releasin said element from the frame in the carrying operation.

64. In a register, numeral wheels, and means for checking each wheel at the end of its registering movement, including an escape wheel, "an intermediate lever fulcrumed to the machine frame, a latch lever carried by the intermediate lever and releasably engaging the machine frame, an

ne aus escape lever adapted to engage the escape Wheel. and means for releasing said latch lever from the frame in the carrying opera tion.

65. In a register, numeral wheels, and means for checking each wheel at the end of its registering movement, including an actuator lever, an escape wheel for each numeral wheel, an intermediate lever fulcrumed to the machine frame, a latch lever carried by the intermediate lever and releasably engaging said frame, and an escape lever carried by the actuator lever and adaptedto engage the escape wheel, and means for releasing the latch lever from the frame in the carrying operation.

66. In a re ister, numeral wheels, and means for chec ing each Wheel at the end of its movement to register digital values` including an actuator lever, an escape wheel, an intermediate lever, a latch lever carried by the intermediate lever and releasably engaging the machine fra-me, and an escape lever carried by the actuator lever and adapted to engage the escape wheel, and a cam driven from a numeral Wheel of lower order and acting to release the latch lever from the frame in the carrying operation, said cam, said latch lever so released and said intermediate lever being adapted to check the higher order numeral wheel at the end of its movement to register digital by holding the `escape device tensioned,andh

means for releasing said element from the frame to therebyrelease the engagement. of the escape device.

69. In a register, numeral wheels, and carry-tripping means including an escape wheel for each numeral wheel, an escape device engaging the escape wheel and having a releasing spring, an element releasably engaging the machine frame and thereby holding the escape device tensioned, and means including a cam driven from a numeral wheel for releasing said element from the frame to thereby release the engagement of the escape device.

70. In a register, numeral wheels, and y vIl() carry-tripping means including an escape Wheel for each numeral Wheel, an escape h lever engaging the escape wheel and having l carry-tripping means including an escape wheel for each numeral Wheel, an escape lever engaging the escape Wheel and having a releasing spring, means for holding the escape lever tensioned, including an intermediate lever fulcrumed to the machine frame and engaging the escape lever, and a latch lever fulcrumed to the intermediate lever and releasably engaging the machine frame, and means for releasingthe latch lever from the frame including a cam driven from a numeral wheel.

72. ln a register, numeral Wheels, and carry-tripping means including an escape Wheel for each numeral Wheel, Wheel actuator levers, an escape device carried by each actuator lever and engaging the escape Wheel, an element releasably engaging the machine frame and controlling said escape device, and means for releasing said element from the frame.

73. ln a register, numeral Wheels, and carry-tripping means including an escape Wheel for each numeral Wheel, Wheel-actuator levers, an escape device carried by each actuator lever and engaging the escape Wheel, an element releasably engaging the machine frame and controlling said escape device, and means including a cam driven from a numeral Wheel for releasing said element from the frame.

74. ln a register, numeral Wheels, and carry-tripping means including an escape wheel for each numeral wheel, wheel-actuator levers, an escape lever carried by each actuator lever and engaging the escape wheel, an intermediate lever fulcrumed to the machine frame and engaging the escape lever, a latch lever ulcrumed to the intermediate lever and releasably engaging .the machine frame, and means for releasing said latch lever from the frame. y

75. In a register, numeral wheels, and carry-tripping means including an escape wheel for each numeral Wheel, wheel-actuator levers, anfescape lever carried by each vactuator lever andV engaging the escape wheel, an intermediate lever fulcrulned to the machine frame and engaging the escape lever, a latch lever fulcrumed to the intermediate lever and releasably engaging the machine frame, and means including a cam driven from a numeral wheel for releasing the latch lever from the frame.

76. In a register, numeral wheels, and carry-tripping means including sprlng-lmpelled Wheel-actuator levers, an escape Wheel for 'each numeral Wheel, an escape lever engaging the escape Wheel and carried by and having a releasing ,spring connected to the actuator lever, means for holding the actuator lever and the escape lever tensioned, including an element releasably engaging the machine frame, and means for releasing said element from the frame,

77. In a register, numeral wheels, and carry-tripping means including wheel-actuator levers each spring-impelled, an escape Wheel for each numeral Wheel, an escape a0 lever engaging the escape Wheel and carried by and having a releasing spring connected to the actuator lever, means for holding the actuator lever and the escape lever tensioned, including an intermediate lever engaging the escape 'lever and a latch lever fulcrumed to the intermediate lever and releasably engaging the machine frame, and means for releasing the latch lever from the frame.

78. In a register, numeral Wheels, and carry-tripping means including spring-impelled wheel-actuator levers, an escape Wheel for each numeral Wheel, an escape lever engaging the escape Wheel and carried by and having a releasing spring connected to the actuator lever, means for holding the actuator lever and the escape lever tensioned, including an intermediate lever engaging the escape lever and a latch lever fulcrumed to the intermediate lever and re- 10Q leasably engaging the machine frame, and means including a cam driven from a numeral Wheel for releasing the latch lever from the frame. f

79. ln4 a register, numeral Wheels, and 105 l `With to also check 4a numeral Wheel at the 110 end of its registering movement, a lever fulcrumed to the machine frame and engaging" the escape lever, and means for releasing the Aengagement of the levers in carrying.

80. In a register, numeral Wheels, and carry-tripping means including an escape Wheel rotatable with its related numeral Wfheel, actuator levers, an escape lever carried by each actuator lever, having engagement with the escape Wheel and coacting therewith toalso check the numeral wheel at the end of its registering movement, a lever fulcrumed to the machine frame and engaging the escape lever, and means for releasing the engagement of the levers in carrying.

81. In a register, numeral wheels, and carry-tripping means including an escape wheel rotatable f with its related numeral wheel, an escape device engaging the escape l wheel and ccacting therewith to also check a numeral wheel' at the end of its registerlng` movement, and a cam driven fromy af numeral wheel, and acting to release the jgagement of said device in carrying.

82. In a register, numeral wheels, and

carry-tripping means including an escape wheel for each numeral wheel, actuator levers, anF escape dev1ce carried by each actuator lever and .engaging the escapev wheel and coacting therewith to also check the numeral wheelat the 'end of its regis-'- l 83. In al register, lnumeral wheels, and carry-tripping means including anl escape` wheel rotatable with its related numeral wheel, anv escape device engaging the escape wheel and coacting therewith to also check a numeral 'Wheel at the end of its registering movement, and a cam driven from the numeral Wheel of next lower order, and acting to release the engagement of said device.

84. In a sregister, numeral Wheels, and carry-tripping means including an escape Wheel for each numeral wheel, actuator levers, an escape device carried by each actuator lever and-engaging the escape'vvheel and coacting therewith to also check the numeral wheel at the end of its registering movement, and means for releasingr the engagement of said device.

85, in a register', numeral wheels, andv carry-tripping means including an escape Wheel for each numeral vvbeel, actuator levers, an escape device carried by each actuator lever .and engaging the escape wheel and coactmg therewith to also check the numeral wheel at the end oi its registering movement, and a driven irom the numeral Wheel oi nent lower order, and acting to release the engagement ci `said device.

86.1131 a register, a numeral Wheel, an

escape wheel therefor, an escape device movators therefor including leach a lever movable from noi-mal position to carry, and means including a lever ulcrumed to the machine, frame for tripping the carryy and for. restoring the actuator lever to normal position after `a carry.

89. In a register, numeral Wheels, ac ators therefor including each a lever movable from.' normal position to carry, and means including a cam driven from a numeral wheel for tripping the carry and for restoring anactuator lever to normal position afteracarry.

590.' In a register, numeral wheels, actuators therefor including each a lever movable from normal position to carry, and means Aincluding an escape device carried by each actuator lever and a' member control-r ling said device for trippin the carry and for restoring the actuator averto normal posit-ion after a carry.

91. In a register, numeral wheels, actuators therefor including each a lever movable from normal position to carry, and

means including an escape lever carried byV each 4actuator lever, an intermediate lever fulcrumed to the 'machine frame and engaging-the escape lever, and a cam driven from a numeral Wheel and operating the intermediate lever for tripping the carry and for restoring` the actuator lever to normal position after a carry.

92. In a register, numeral wheels, carry l actuators therefor including each a springimpelled lever, andl means including an escape lever carried by each actuator lever and having a releasing spring connected thereto, an intermediate lever engaging the escape lever, a latch lever iulcrumed to the intermediate lever/and releasably engaging the machine frame, and a cam driven from a numeral wheel for tripping the carry and ier restoring and tensioning the actuator and escape levers after a carry.

93. in a register, numeral wheels, actuators therefor including each a lever movable from normal position to carry, and means including a lever iulcrumed to the machine frame for checking a Wheel at the end of its registering movement and for restoring the actuator lever tcnormal position after a carry.

9s. in a register, numeral Wheels, actuators therefor including each a lever movable irom normal position to carry, and

means including a driven from the numeral Wheel ciment lower order ier checking the related wheel at the end ci its registering movement and for restoring the actuator lever to normal position aiter a carry.

iis

95. In a register, numeral Wheels, actuators therefor including each a lever movable frcm normal position to carry, and means including an escape device carried by each actuator lever for checking the wheel at the end of its registering movement and for restoring the actuator lever to means including an, escape lever carried by each actuator lever, an intermediate lever fulcrumed to the machine frame and engaging the escape lever, and a cam driven from the numeral wheel of next lower order and controlling said intermediate lever for checking the related vWheel at the end of its registering movement and for restorlng the actuator lever to normal position after a carry.

97. In a register, numeral wheels, actuators therefor including each a springim pelled lever movable from normal position to carry, and means including an escape lever carried by and having a releasing spring connected to the actuator lever, an intermediate lever engaging the escape lever, and a cam driven from the numeral wheel of next lower order and controlling said intermediate lever for checking' the related wheel at the end of its registering movement and for restoring'the actuator,

and escape levers to normal position and tensioning the same after a carry.

98. In a register, numeral wheels, normally tensioned carry actuators therefor, and means including a lever fulcrumed to the machine frame and controlling means forlsaid lever for tripping the carry and for checking a wheel at the end ing movements thereof.

99. In a register, numeral wheels, normally tensioned carry actuators therefor, and means including a cam driven from a numeral wheel of lower order for tripping the carry and for checking the higher order wheel at the end of all-registering movements thereof. l 100. In a register, numeral wheels. actuators therefor, and means including an element releasably engaging the machine frame and controlling means for said element for tripping the carry and for checking a wheel at the end of all registering movements thereof.

101. In a register, numeral wheels, normally tensioned carry actuators ltherefor including each a lever, and means including an escape device carried by each actuator lever and controlling means for said device for tripping the carry and for checkingv a wheel at the end of all registering movements thereof. L

102. In a register, numeral wheels, normally tensioned carry actuators therefor, and means including an element releasably engaging the machine frame and a cam driven from a numeral wheel of lower order and controlling said element for tripping the carry and for checking the higher order wheel at the end of all registering movements thereof.

103. In a register, numeral wheels, normally tensioned carry lever actuators of all registertherefor, andmeans including an escape lever Vcarried'by each actuator lever, all i11- termediate lever engaging the escape lever,

a latch lever fulcumed to the intermediate for checking the related wheel at its registering movement.

104. In a register, numeral wheels normally tensioned carry leveractuators therefor, and means including anescape lever carried by each actuator lever, an intermediate lever fulcrumed to the machine frame and engaging the escape lever, and a cam driven from the numeral vwheel of next lower order and controlling said intermediate lever for tripping the carry and for checking the related wheel at the endof its registering movement. I

105. In a register, numeral wheels, springimpelled lever carry actuators therefor, and means including an escape lever carried by the end of each actuator lever and having a releasingV v spring connected thereto an intermediate lever engaging the escape lever, a latch lever carried by the intermediate lever andreleasably engaging the machine frame, and a cam driven from the numeral wheel of next lower order for tripping the carry and for checking the related wheel at the end of its registering movement. Q

106. In a register, numeral wheels, spring actuators therefor including each a lever releasable from normal position to carry,land means including a lever fulcrumed to the machine frame for tripping the carry, for restoring the actuator lever to'normal position after a carry, and for checking a wheel at the end of its registering movement.

107. In a register, numeral wheels, spring actuators therefor including each a lever releasable from normal position to carry, and means including -a c am driven from the numeral wheel of next lower order for ,tripping the carry, for restoring the actuator lever to normal position after a carry and for checking the related wheel at the end of its registering movement.

108. In a register, numeral wheels,- spring actuators therefor including each a lever releasable from normal position to carry, and means `including an escape device carried by each actuator lever and controlling means for said device 'for tripping the carry, for restoring the actuator lever to normal position after a carry, and for checking the wheel at the end of its registering movement.

and controlling said intermediate lever for 130 70 said latch lever for tripping the carry and spring connected to each actuator lever, an

intermediate lever engaging the escape lever, and a cam driven from the numeral wheel of next lower order .and controlling said in termediate lever for tripping the carry, for restoring the actuator and escape levers tov normal position and tensioning the same after a carry, and for checking the related wheel at the end of its registering movement.

111. ln a register, a numeral wheel, an escape-wheel rotatable therewith, an escape device engaging the escape wheel and having a spring for releasing the device from the wheel, means including an element re' leasably engaging the machine Jframe for holding the spring device tensioned and in engagement with the escape wheel, and means for releasing said' element from the frame in the carrying operation.

112. In a register, a numeral wheel, an escape wheel rotatable therewith, an escape device engaging and having a spring for releasing it from the escape wheel, means including an element releasably engaging the machine frame for holding the escape device tensioned and in engagement with the escape wheel, and means including a cam rigidly driven from the numeral wheel for releasing the holding means in the carrying operation.

113. ln a register, a numeral wheel, an escape wheel rotatable therewith, an escape lever engaging and having a spring for releasing it from the escape wheel, means including an intermediate lever engaging the escape lever and a latch lever carried by the intermediate lever and releasably engaging the machine :trame for 'holding .the escape lever tensioned and in engagement with thel escape wheel, and means for releasing the holding means in the carrying operation.

114. ln a register, a numeral wheel, an escape wheel rotatable therewith, an escape lever engaging and having a spring for releasing it from the escape wheel, mea-ns including an intermediate lever engaging the escape lever and a latch lever carried by the intermediate lever and releasably engaging the machine frame for holding the escape lever tensioned and in engagement with the escape wheel, and means including a cam driven from the numeral wheel and acting to release the latch lever Jfrom the frame and to release the holding means in the. carrying operation.

115. In a register, a numeral Wheel, an escape wheel rotatable therewith, an escape device engaging and havng a spring for releasing it from the escape wheel, means including an element relea'sably engaging the machine frame for holding the 'escape device tensioned and in engagement with the escape wheel, means for releasing said element from the frame and for releasing the holding means in the carryingA operation, and means for preventing the rengagement of'said element with the frame during the carrying.

116. In a register, a numeral wheel, an escape wheel rotatable therewith, .an escape lever engaging and having a spring for releasing it rom the escape wheel, means including an intermediate lever engaging the escape lever and. a latch lever carried by the intermediate lever and releasably engaging the machine frame for holding the escape lever tensioned and in engagement with the escape wheel, means for releasing the holding means in the carrying operation, and means for preventing the rengagement of said latch lever with the frame during the carrying.

117. In a register, a numeral wheel, an

actuator engaging and having a superior spring for rotating said wheel, an escape wheel, an escape device carried by the actuator and engaging and having an inferior spring for releasing it from the escape wheel, means for holdingthe escape device tensioned and in engagement with the escape wheel and for thereby holding the ac tuator tensioned, and means for, releasing the holding means in carrying.

118. In a register, a numeral wheel, an actuator therefor including a lever having a superior spring for rotating the wheel, an escape wheel, an escape lever carried by the actuator lever and engaging and having an inferior spring for-releasing it from the escape wheel, means Jfor holding the escape lever tensioned and in engagement with the escape wheel andl fer thereby holding the actuator lever tensioned, and means for releasing the holding means in carrying, the actuator lever being adapted to rengage the escape lever with the escape wheel.

119. In a register, a numeral wheel, an acpnl tuator including la lever having a superior spring for rotating the wheel; an escape wheel, anescape lever carried by the actuator lever and engaging and having an inferiorspring for releasing it Jvfrom the escape wheel, means for holding the escape lever tensioned and in engagement with the escape `wheel and for hclding the actuatorlever tensioned, and means for releasing the holding means in carrying, the escape lever L n l 120. ln a register, numeral wheels, an actuator including a lever having a superior spring for rotating a Wheel, anescape wheel, an escape lever carried by the actuator leverfor holding the actuator lever tensioned, and

acam driven from the numeral wheel of next lower order for releasing the holding means in carrying, the actuator lever bein adapted to rengage the escape lever with t e escape wheel, and saidcam and said holding lmeans being adapted to restore theactu'ator and escape levers to normal position and to tension the same after a carry.

121. In a register, numeral wheels, an actuator including a lever having a superior spring for rotating a wheel, an escape wheel, an escape lever carried by the actuator lever and enga g and having an inferior spring for releasing it from the escape wheel, means for holding the escape lever tensioned and in engagement with the escape Wheel and for thereby holding the actuatorV lever tensioned, including an intermediate lever and a .latch lever carried by the intermediate lever and having a spring inferior to the escape lever spring and adapted to move the latch lever into engagement with the frame, and

a cam drivenA from the numeral wheel of next lower order for releasing the latch lever fromthe frame in carrying. f

122. In a register, numeral'fwheels, an actuator includin a lever having a superior spring for'rotatmg a Wheel, an escape wheel,

. an escape lever carried by'theactuator lever Aand engaging and having an inferior spring for releasing it from the escape wheel, means for holding the escape lever tensioned and in engagement with the escape .wheel and for the same after. a car thereby holding the actuator lever tensioned,

including an intermediate lever and a latch lever carried by the intermediate lever and having a spring inferior to the escape lever spring and adapted to move the latch lever into engagement with the machine frame, and a cam driven from the numeral wheel of next lower order for releasing the latch lever from the frame in carrying, the actuator lever being adapted to rengage the escape lever with the escape wheel, and said cam, said latch lever andl said intermediate lever being adapted to restore the actuator and escape levers to normal position'and to tension 123. In a register, numeral wheels, an actuator including a lever, having a superior spring, for rotating a wheel, 'an escapewheel, an escape lever carried by the actuator lever and engaging and having an inferior' spring lior releasing it from the escape wheel, means for holding the escape lever tensioned and for thereby holding the actuator' lever tensioned, including an intermediate lever and a latch lever carried bv the intermediate lever and having a spring inferior to the escape lever spring and adapted to move the latch lever into engagement with the machine frame, and a cam driven from the lnumeral wheel of-next lower order for releasing the latch lever t,from the frame in carrying, the actuator'fiever 'being adapted to rengage the escape 4lever with the escape wheel, and the escape lever acting through said intermediate lever to move the latch lever bodily ltoward said cam and to tension the same, the actuator lever. being'ada ted ina succeeding operation to retension th es- Y cape lever, and the latch so tensioned being adapted in said operation to maintain the engagement of the intermediate lever with the esca e lever and to rengage the frame.

124.' n a register, numeral wheels, an

actuator including a lever having a superior spring for rotating a wheel, an escape wheel, an escape lever carried bythe actuator lever and engaging and having an inferior spring for releasing it` from the escape wheel, means L for holding the escape lever tensionedand in V enga ement with the escape wheel and for there y holding the actuator lever tensioned, including an intermediate lever and a latch lever carried by the intermediate lever and having a spring inferior to' the escape lever spring and adapted to move the latch lever into engagement with the machine frame, and a cam driven from the numeral wheel of next lower order' for releasing the latch lever v from the frame in carrgying, the actuator lever being adapted to rengage the escape lever with the escape wheel and the escapev lever acting through said intermediate lever to move the latch lever bodily toward said cam and to tension` the same, and a stop de- `vice for preventing the rengagement of the latch lever with the frame during the carrying and having a: spring vinferior to the the wheel, an escape wheel, an escape device carried by the actuator lever and engaoing and having'a spring for releasin it om the escape Wheel, means for holding the escape device tensioned and in engagement with the escape wheel and. for thereby holding the actuator lever tensioned, and means for releasing the holding means in-the car-l rying o eration. i',

126, na register, a numeral wheel, an 

